Problem-Solving Technologies: A User-Friendly Philosophy

Material objects are used in everyday activities to solve practical problems, but universal identifications are not sensitive to contextual differences. Problem-Solving Technologies provides a user-friendly understanding of technological objects by characterising and categorizing them at the level of users' subjective experiences.

Format: Paperback / softback
Length: 218 pages
Publication date: 15 May 2024
Publisher: Rowman & Littlefield

Material objects play a crucial role in our everyday activities, helping us solve practical problems in various ways. From using a knife to tighten a screw to turning an old washing machine drum into a fireplace, these objects serve as tools that enable us to perform tasks efficiently. However, identifying these objects and understanding their functions can be challenging. Traditional universal identifications of objects are not sensitive to contextual differences and cannot capture the unique ways in which each individual user connects to their surroundings. To address this issue, Problem-Solving Technologies offers a user-friendly approach to understanding technological objects. This book develops a framework to characterize and categorize technological objects based on the subjective experiences of users. By focusing on the user's perspective, Problem-Solving Technologies provides a more comprehensive understanding of how technological objects are used and how they impact our daily lives.

One of the key concepts in Problem-Solving Technologies is the idea of "functional equivalence." This concept recognizes that different objects can perform the same function in different contexts. For example, a knife can be used to tighten a screw, but it can also be used to cut bread. While the function of the knife remains the same, the context in which it is used differs. This means that we need to consider the specific context in which an object is used to understand its function.

Another important concept in Problem-Solving Technologies is the idea of "user-centered design." This concept emphasizes the importance of designing objects that are easy to use and accessible to users. By understanding the needs and preferences of users, designers can create objects that are more effective and efficient. This can lead to increased productivity and satisfaction for users.

Problem-Solving Technologies also provides a framework for analyzing the impact of technological objects on our daily lives. This framework includes the following steps:

Identification: The first step in analyzing the impact of technological objects is to identify the objects that are used in our daily lives. This can be done through surveys, interviews, and observations.

Characterization: Once the objects have been identified, they need to be characterized. This includes identifying their physical properties, such as size, shape, and color, as well as their functional properties, such as their purpose and use.

Categorization: Once the objects have been characterized, they need to be categorized. This can be done based on a variety of factors, such as the type of object, the function of the object, and the context in which the object is used.

Analysis: Once the objects have been categorized, they need to be analyzed. This includes identifying the positive and negative impacts of the objects on our daily lives.

Intervention: Once the impacts of the objects have been identified, interventions can be made to improve the objects. This can include redesigning the objects, improving the user interface, or providing training to users.

Problem-Solving Technologies has been applied to a wide range of objects, including tools, appliances, and transportation. For example, Problem-Solving Technologies has been used to design more efficient and effective tools for construction, such as power tools and hand tools. Problem-Solving Technologies has also been used to design more efficient and effective appliances, such as refrigerators and washing machines. Problem-Solving Technologies has also been used to design more efficient and effective transportation, such as cars and buses.

One of the challenges of Problem-Solving Technologies is the fact that it can be difficult to measure the impact of technological objects on our daily lives. This is because the impact of an object can vary depending on the individual user and the context in which the object is used. However, there are several methods that can be used to measure the impact of technological objects, including surveys, interviews, and observations.

In conclusion, material objects play a crucial role in our everyday activities, helping us solve practical problems in various ways. Problem-Solving Technologies provides a user-friendly approach to understanding technological objects and their impact on our daily lives. By focusing on the user's perspective, Problem-Solving Technologies provides a more comprehensive understanding of how technological objects are used and how they impact our daily lives. Whether you are a designer, engineer, or user, Problem-Solving Technologies can help you create more effective and efficient objects that improve the quality of your life.

Weight: 526g
Dimension: 228 x 160 x 21 (mm)
ISBN-13: 9781538157893